microarray.icmb utexas.edu

iyer lab

We work in human cells and also use yeast as a model system to address various questions regarding global gene regulation. We use genomic and molecular experimental methods coupled with computational analyses. The genomic methods involve extensive use of DNA microarrays and next-generation sequencing Illumina, SOLiD. Some major lines of research in the lab are as follows. Transcriptional regulatory networks in yeast. Role of chromatin in gene regulation. Regulatory networks in human cell proliferation.
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Marcotte Lab

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iyer lab

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We work in human cells and also use yeast as a model system to address various questions regarding global gene regulation. We use genomic and molecular experimental methods coupled with computational analyses. The genomic methods involve extensive use of DNA microarrays and next-generation sequencing Illumina, SOLiD. Some major lines of research in the lab are as follows. Transcriptional regulatory networks in yeast. Role of chromatin in gene regulation. Regulatory networks in human cell proliferation.

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This web site states the following, "We work in human cells and also use yeast as a model system to address various questions regarding global gene regulation." Our analyzers noticed that the web page said " We use genomic and molecular experimental methods coupled with computational analyses." The Website also said " The genomic methods involve extensive use of DNA microarrays and next-generation sequencing Illumina, SOLiD. Some major lines of research in the lab are as follows. Transcriptional regulatory networks in yeast. Role of chromatin in gene regulation. Regulatory networks in human cell proliferation."

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